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Page 1: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to suspend fire-resistant cables on the side of the tunnel rather than buried inside a concrete bench wall, making cables easier to maintain and upgrade and decreasing potential for damage from flooding.

New wall structure with industrial fiber-reinforced polymer (FRP): This material, used to carry heavy loads of bridges in transit projects worldwide, was used to create a new wall structure along the tunnel, creating structured panels which are installed to wrap around the damaged bench wall.

New tracks, including new plates and continuous welded rail: 6,305 track feet have been installed, including new track ties, using continuous welded rail - allows trains to safely operate at faster speeds and reduces wear and tear of car equipment and the associated maintenance costs.

New discharge lines, pipes and controls: The pumping system has been upgraded to handle even greater flooding from potential natural disasters - more than doubles the water pumping capacity.

New fiber optic monitoring system is being calibrated: 7,000 feet of specialized hydro- and geo-sensing fiber optic cables have been installed in the first tube. The system will automatically process and transmit data and any alerts directly to the NYCT rail control center.

Page 2: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

Fiber Optic SmartMonitoring SensorNew fiber optic monitoring system is being calibrated: 7,000 feet of specialized hydro- and geo-sensing fiber optic cables have been installed in the first tube. The system will automatically process and transmit data and any alerts directly to the NYCT rail control center.

Page 3: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to suspend fire-resistant cables on the side of the tunnel rather than buried inside a concrete bench wall, making cables easier to maintain and upgrade and decreasing potential for damage from flooding.

Cable Racking

Page 4: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

New discharge lines, pipes and controls: The pumping system has been upgraded to handle even greater flooding from potential natural disasters - more than doubles the water pumping capacity.

Pump Discharge Line

Page 5: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

New Running RailNew tracks, including new plates and continuous welded rail: 6,305 track feet have been installed, including new track ties, using continuous welded rail - allows trains to safely operate at faster speeds and reduces wear and tear of car equipment and the associated maintenance costs.

4th Rail

3rd Rail

Page 6: New cable racking system with fire-resistant cables: The · 2019. 9. 29. · New cable racking system with fire-resistant cables: The rehabilitation plan uses a racking system to

New wall structure with industrial fiber-reinforced polymer (FRP): This material, used to carry heavy loads of bridges in transit projects worldwide, was used to create a new wall structure along the tunnel, creating structured panels which are installed to wrap around the damaged bench wall.

Fiber-Reinforced Polymer(FRP)


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